QLM is delighted to release their newly produced animation, produced in collaboration with AVC Immedia as part of the recent TechX project, demonstrating a vision for the future of emissions monitoring and depicting how the revolutionary quantum gas cameras will perform when instgalled on gas processing plants worldwide, measuring emissions on a continuous basis.
Following being named among the twelve 2021 BNEF Pioneers last week¹, identifying it as one of the most impactful and original technology innovations for advancing the low-carbon economy, QLM is pleased to announce the close of its Seed funding round, securing a total of £3.1 million of investment.
The investment is led by the Green Angel Syndicate and includes the Enterprise100 syndicate, the Newable Venture Fund, the Development Bank of Wales, the Bristol Private Equity Club, the Britbots Seed Fund, and Houston-based oilfield technology solutions provider ChampionX. The multidisciplinary consortium of green investors, technology accelerators and oil and gas industry professionals shares QLM’s vision of enabling organisations to achieve Net Zero through mitigation of greenhouse gas emissions. The investment will drive the expansion of QLM’s technical and commercial capability, secure industrial validation of the unique quantum TDLidar technique, and provide a roadmap to commercial readiness of the revolutionary quantum gas camera.
Dr Murray Reed, CEO at QLM, says: “This funding round will enable us to scale up our development and launch our business providing next-generation greenhouse gas monitoring. Our unique quantum Lidar is the right solution for the challenge of how to effectively measure industrial methane emissions, and meet the major commitments that the oil and gas majors have made to control their greenhouse gas emissions.
Dr Bernard Bulkin, leader of the Green Angel investment and incoming QLM Chairman adds: “QLM has technology with great potential to substantially change what we know about industrial and environmental greenhouse emissions and help enable NetZero. I feel confident this seed round will allow the company to progress rapidly to the next level.
About QLM Technology
QLM Technology was founded by its Chief Technical Officer, Xiao Ai, after postgraduate research into single photon Lidar gas detection at the University of Bristol. He realised that his research, in which a Lidar beam simultaneously probed both the shape and the concentration of plumes of methane, could help achieve Net Zero through mitigation of greenhouse gas emissions.
The Quantum Technology Enterprise Centre at the university helped Xiao form QLM Technology Ltd in 2017. Dr Murray Reed, a photonics industry veteran with thirty years of experience commercialising cutting-edge technology in Silicon Valley, became CEO in June 2019.
QLM collaborates with industry, government and academia. Innovate UK is the major financial backer of the Single Photon Lidar Imaging of Carbon Emissions (SPLICE) project which developed the quantum-enabled camera. QLM continues to benefit from the expertise of the UK National Physical Laboratory.
QLM Investors (links open in new tabs)
- Green Angel Syndicate: https://greenangelsyndicate.com/
- Enterprise100 Syndicate: https://enterprise100.co.uk/
- Newable Venture Fund: https://investment.newable.co.uk/
- Development Bank of Wales: https://developmentbank.wales/
- Bristol Private Equity Club: http://www.bristolprivateequityclub.com/
- Britbots Seed Fund: https://www.britbots.com/
- ChampionX: https://www.championx.com/
And in other news…
The SPLICE project enables the combined expertise of a wide range of experts to be brought to bear on the challenge of delivering QLM’s revolutionary quantum gas camera to the market. In this article, Jolyon De Freitas, Technical Lead for the Compound Semiconductor Applications Catapult on the SPLICE project, explains how CSAC is making the whole far greater than the sum of its parts.
The collaboration of QLM with Bay Photonics within SPLICE has already started to yield success, with the completion and testing of the new transceiver design for the commercial release of the quantum gas camera.